Synthesis and catalytic properties of Ce0.6Zr0.4O2 solid solutions in the oxidation of soluble organic fraction from diesel engines

Effect of synthesis condition on properties of Ce0.67Zr0.33O2 mixed oxides and its application in Pd-only three-way catalysts

“…1 are attributed to the presence of small crystallites. Moreover, regardless of the synthesis conditions, the major peaks of all CZ samples are consistent with the characteristic peaks of cubic fluorite structure [22]. Table 1 reveals that the lattice parameters of cubic phase measured by XRD for all CZ samples are in the range of 0.5403-0.5409 nm, which are smaller than that of pure CeO 2 (0.5418 nm) [23].…”

Advanced Electron Microscopy Investigation of Ceria–Zirconia‐Based Catalysts

“…More recently, encouraging results have also been reported in several other catalytic applications. Automotive soot oxidation,7–9 catalytic oxidation of water pollutants,10 or reactions such as CO oxidation,11, 12 low‐temperature water–gas shift,13–16 and selective oxidation of CO in presence of a large excess of H 2 ,17, 18 key processes in hydrogen generation for fuel‐cell uses, are some examples of alternative reactions in which ceria–zirconia mixed oxides have been successfully applied, either as active phases or as supports of highly dispersed noble metal phases.…”

Synthesis of CeO2‐Based Quantum Dots through a Polyol‐Hydrolysis Method for Fuel‐Borne Catalysts

“…As discussed above, the shoulder can be ascribed to the oxidation of TEG coated on the QD surface. [35] The TPO result demonstrated that the T max = % 350 8C for CeO 2 QDs % , which is 45 8C lower than that of the nanometer CeO 2 counterpart ( % 14.5 nm). Therefore, the soot combustion was not affected by the oxidation of the remaining TEG on QDs.…”

“…A multivariate non-linear regression model is used to deconvolute the overlapping processes. [35] The TPO result demonstrated that the T max = % 350 8C for CeO 2 QDs % , which is 45 8C lower than that of the nanometer CeO 2 counterpart ( % 14.5 nm). [11] Ce 0.91 Fe 0.09 O 2 has nearly identical activity to CeO 2 (Figure 9 b); however, the selectivity for CO 2 is 100 %.…”